About this deal
You can return the EWC network to its default configuration by resetting it to the factory default. If you need to have more than 100 APs on the network, you can easily migrate your existing EWC network to a controller-based network, which can be Cisco Catalyst 9800 Series (appliance or virtual) or AireOS (3504, 5520, or 8540 wireless controller or virtual controller running 8.10.X software) Cisco Embedded Wireless Controller on Catalyst Access Points: Indoor environments, with internal antennas
If the AAA server settings are not configured on day 0, you can add an AAA/RADIUS server using the following steps. If you want to migrate the 9100 access points from an EWC network to another controller (not EWC) network. Both the Cisco Catalyst 9115AX and 9120AX Series access points share the same AP image file – ap1g7 – while the 9117AX Series image is ap1g6 and C9130 Series AP image is ap1g6a, which is included as part of the C9800-AP-universalk9.
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Users are advised that high-power radars are allocated as primary users (i.e. priority users) of the bands 5250-5350 MHz and 5650-5850 MHz and that these radars could cause interference and/or damage to LE-LAN devices. If you do not want the 9100 access points to participate in the active AP election process in an EWC network.
Create the policy tag (if non-default needed) and map the SSIDs above to the policy profiles as required. Note: There will be a warning message that this operation will disrupt the network, as the controller will reset. When the AP type is CAPWAP, the AP doesn't have the controller function and cannot participate in the active AP election process.The active AP facilitates the transfer of the image from the TFTP server to the subordinate APs. The AP images are stored and served from the TFTP server upon request. By default, WLAN IDs 1 through 16 are associated with the default policy tag. The SSID created in the first step is automatically added to this default policy tag, as shown below.